Developed by a joint research team from French telecoms company Alcatel-Lucent and BT, the magic of this incredible connection isn't in fancy hardware. Instead, it's in a new protocol named Flexigrid that lets you lay multiple signals over the top of each other in a a single cable, which lets data race from point A to point B in parallel. When layered all together, seven 200 Gbps channels form one, mega "Alien Super Channel" that offers the 1.4 Tbps speeds across a 255 miles stretch of fiber that already exists between the BT Tower in London and a BT research campus in Suffolk.

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How fast is 1.4 Tbps? Fast enough to stream any one of the following in one second:

64 hours of HD Netflix

38 hours in 3D or 4K

36,409 songs from Spotify

We've seen some other impressive advances in connectivity recently too, like 200 Gb wireless connections through a combination of hardware and a software advancements. But 1.4 Tbps through pure protocol is especially exciting because it doesn't require any infrastructure changes. This could theoretically run on the fiber (much of which is lying useless) in the ground right now.

But laying new fiber is a rough process, and not many people (aside from Google) are actively pursuing it in the US. Still if we could get 1.4 Tbps out it, that's all the reason in the world to bring dark fiber back to life, and start laying more new stuff to boot. A whole 1,433 reasons to hurry it up already. [The Independent]